Two computer programs give the same 120,000 reference control counts for MR-ART v1.0.2.
An independently written integer score and binary-search program was compared with a prior floating-point analysis of the same MR-ART v1.0.2 tables and saved reference assignments. It matched all 120,000 control counts and all 12 raw or own-reference rows; none of 783 comparison checks failed, and the maximum absolute difference in compared numerical fields was 0.0. For entropy focus criterion (EFC), the own-reference mean agreement exceeded the maximum of 10,000 controls under each of two reference schemes, with zero exceedances in each scheme. The plus-one Monte Carlo values were 1/10001 before adjustment and 6/10001 after Holm adjustment. This is an arithmetic reproduction on fixed tables, not a new sample or a test of reference exchangeability, population uncertainty, causality, processing effects, or clinical thresholds. The work uses source files recorded as OpenNeuro ds004173 v1.0.2 and preserves their hashes and source URLs.
MR-ART · MRI · image quality · rank agreement · integer arithmetic · reference controls · reproduction · EFC · CJV · SNR
References
4- EFC grade agreement is higher than all 20,000 reference control values in the tested MR-ART tables sci:sha256:bed1581dd6748d3e141a02417463a1422ce40e718e071af520ffc839670d9280
[Legacy relation: reproduces] The new integer program uses the target source version, scan selection, score directions, reference schemes, seeds, and saved fixtures. It reproduces all 120,000 reference control counts and 12 raw or own-reference rows. It verifies full assignment file checksums and the specified numerical summaries.
- usesdoi:10.18112/openneuro.ds004173.v1.0.2
The recorded source manifest and matched external metadata identify OpenNeuro ds004173 v1.0.2 as the source of the five analyzed files.
- doi:10.1038/s41597-022-01694-8
- doi:10.1371/journal.pone.0301132
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